His most famous experiment, commonly referred to as “Cavendish’s experiment,” involved the use of balanced weights and restorative force configured so as to measure the density of the earth. Of note, the forces in Cavendish’s experiment were extremely minuscule and required unprecedented accuracy to successfully measure. In response, as Mccormish puts it, Cavendish became a “Scientific detective” pursuing and eliminating measurement errors. Although Cavendish was a skilled experimenter, he spent notably less time on theory in his paper; Of the fifty plus pages in his report to the Royal Society, only one paragraph is spent on theory. Mccormish speculates this was because Cavendish saw the calculations as straightforward, but whatever the reason it may be noted that Cavendish did not see an extensive appeal to theory as necessary. Cavendish’s experiment lasted from 1797-1798, and he ultimately concluded the density of the earth is about 5.4 times the density of
His most famous experiment, commonly referred to as “Cavendish’s experiment,” involved the use of balanced weights and restorative force configured so as to measure the density of the earth. Of note, the forces in Cavendish’s experiment were extremely minuscule and required unprecedented accuracy to successfully measure. In response, as Mccormish puts it, Cavendish became a “Scientific detective” pursuing and eliminating measurement errors. Although Cavendish was a skilled experimenter, he spent notably less time on theory in his paper; Of the fifty plus pages in his report to the Royal Society, only one paragraph is spent on theory. Mccormish speculates this was because Cavendish saw the calculations as straightforward, but whatever the reason it may be noted that Cavendish did not see an extensive appeal to theory as necessary. Cavendish’s experiment lasted from 1797-1798, and he ultimately concluded the density of the earth is about 5.4 times the density of